Reverse Engineering & Malware Analysis in 21 Hours | REMAC+
Master Reverse Engineering, Malware Analysis, Linux, Cyber Security, Ghidra, Game Hacking, IDA Pro, IDA Free, C++ and C!
What you'll learn
- Launch a career in cybersecurity: Gain practical expertise in reverse engineering and malware analysis opening doors to lucrative opportunities in the field.
- Unveil the secrets of malware: Discover how to dissect and analyze malicious code to understand its inner workings with Reverse Engineering and Malware Analysis
- Master reverse engineering techniques: Acquire essential skills to unravel complex software and uncover hidden vulnerabilities.
- Protect against cyber threats: Learn to identify, analyze, and neutralize malware, bolstering your defense against cyber attacks.
- Dive into the world of cutting-edge tools: Explore industry-standard software like Ghidra and IDA Pro to dissect malware with precision.
- Understanding the concepts of symbols, stripped, and non-stripped binaries.
- Analyzing and examining binary executables for comprehensive insights.
- Utilizing READELF to view symbolic information in binary files.
- Revealing the contents of object files through detailed analysis.
- Exploring the theory behind disassembly and disassemblers' functionality.
- Gaining in-depth knowledge of how binary files load and execute.
- Mastering the use of IDA Pro and IDA Freeware for advanced analysis.
- Exploring useful tabs in IDA Pro to enhance reverse engineering.
- Streamlining the process of downloading and installing IDA Pro \ IDA Freeware.
- Acquiring comprehensive skills in malware analysis with Ghidra.
- Conquering reverse engineering techniques using Ghidra's powerful tools.
- Leveraging OSINT to enhance reverse engineering effectiveness.
- Initiating real malware analysis with Ghidra for hands-on experience.
- In-depth analysis of libraries utilized by malware for a thorough understanding.
- Extracting crucial information from suspicious strings using Ghidra.
- Acquiring advanced techniques to extract SYS files from malware.
- Understanding the fundamentals of the Windows PE format in detail.
- Simplifying the process of installing JDK in Linux environments.
- Downloading Ghidra and exploring its comprehensive file structure.
- Effortlessly installing JDK in Windows or MacOS for seamless operation.
- Gaining a comprehensive understanding of the compilation phase in binary analysis.
- Exploring the preprocessing stage's significance in binary analysis.
- Comprehensive analysis of binaries and the four stages of compilation.
- In-depth understanding of the linking phase's role in binary analysis.
- Demystifying the complexities of the assembly phase in binary analysis.
- Mastering the art of opening projects in Ghidra for efficient workflow.
- Discovering the vast features and capabilities of Ghidra for effective analysis.
- Exploring ELF fields in Linux to grasp the intricacies of the format.
- In-depth exploration of the Executable and Linkable Format (ELF) and its executable header.
- Understanding ELF program header fields and their significance in Linux.
- Understanding Linux commands and pipes.
- Exploring different Linux commands and their usage with pipes.
- Introduction to the Linux terminal and its key concepts.
- Finding helpful manuals and resources for Linux.
- Understanding Linux directories and their organization.
- Understanding the Linux shell and its role in interacting with the system.
- Working with the LS command to list directory contents.
- Understanding the difference between relative and absolute pathnames.
- Filtering LS output based on specific criteria.
- Introduction to shell and expansion in Linux.
- Manipulating files and directories in Linux.
- Working with symbolic and hard link files.
- Utilizing tab auto-completion for faster command entry.
- Copying files and directories using the CP command.
- Networking with Linux and its various tools and commands.
- Working with the Traceroute (Trcrt) command for network diagnostics.
- Two networks communicating with a router in the middle.
- Inheritance and polymorphism
- File input and output operations in C++
- Dynamic memory allocation in C++
- Recursion and backtracking in C++
- Multi-threading and concurrency in C++
- Debugging and error handling techniques in C++
- Performance optimization techniques in C++
